15/03/2018
Major Upgrade of an ALBA Synchrotron Beamline
Major Upgrade of an ALBA Synchrotron Beamline
ALBA synchrotron currently offers 8 beamlines. 8 beamlines mean 8 different potential ways to produce synchrotron light and 8 different ways to use it in 8 different laboratories located around the electron accelerator with the aim of determining the intimate structure of materials in a way that depends on their characteristics and the information required.
One of these beamlines is called NCD, which stands for Non Cristalline Diffraction: this beamline is used to get structural information about non crystalline materials, that is to say materials in which atoms are not perfectly ordered, such as polymers or proteins, for instance.
By the way, the NCD beamline is now NCD-SWEET and the new name has been announced this week by ALBA. But, of course, the change goes far beyond: the beamline devoted to Small Angle and Wide Angle X-ray Scattering (SAXS, WAXS) has gone through a major upgrade and now offers users further experimental possibilities and higher quality data.
Upgraded items in the SAXS WAXS experimental techniques (SWEET) involve a new monochromator system, a new photon counting detector, a new sample table and a beam conditioning optics with µ-focus and GISAXS options. This new GISAXS (Grazing, Incident SAXS) technique is now available and will be open to academic users in the next call for experiments.
One of these beamlines is called NCD, which stands for Non Cristalline Diffraction: this beamline is used to get structural information about non crystalline materials, that is to say materials in which atoms are not perfectly ordered, such as polymers or proteins, for instance.
By the way, the NCD beamline is now NCD-SWEET and the new name has been announced this week by ALBA. But, of course, the change goes far beyond: the beamline devoted to Small Angle and Wide Angle X-ray Scattering (SAXS, WAXS) has gone through a major upgrade and now offers users further experimental possibilities and higher quality data.
Upgraded items in the SAXS WAXS experimental techniques (SWEET) involve a new monochromator system, a new photon counting detector, a new sample table and a beam conditioning optics with µ-focus and GISAXS options. This new GISAXS (Grazing, Incident SAXS) technique is now available and will be open to academic users in the next call for experiments.
More news
08/02/2019
Barcelona Synchrotron Park’s #10YearChallenge
01/02/2019
Eurecat, a provider of innovative technologies
25/01/2019
ALBA Synchrotron’s expertise involved in the design of two scientific facilities
18/01/2019
Stradivarius will launch perfumes
11/01/2019
Graphene-based implant developed by IMB and ICN2 on UAB campus records brain activity
03/01/2019
CREAF: 30 years in environmental sciences
home